The AdS/CFT duality [1]}-[2]} originates from string theory and provides a new perspective on quantum gravity. In its most general form, it is known as a gauge/gravity duality. This duality relates weakly coupled gravitational theories in \((D + 1)\) -dimensional AdS space-time with strongly coupled conformal field theories (CFTs) defined on the \(D\) -dimensional boundary of AdS. In particular, it gives support to study the transport coefficients from hydrodynamics to the quark-gluon plasma formed at relativistic heavy-ion collisions [3]}-[4]}. Shear viscosity \(\eta \)  [5]}-[6]} as one of these coefficients is the most well-known coefficient calculated by this duality, especially fluid-gravity duality[7]}-[8]}.
